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    TOF Laser Distance Sensor, 0.05-35m, NPN/PNP

    SKU: SUCH-LASER-HWCJ-35M
    $150.66
    ● 0.05-35m ● NPN/PNP ● 500Hz frequency ● 905nm (invisible light)
    🚚 Free shipping
    šŸ•’ Delivery date: 6-12 days
    šŸ” 30-day Returns
    Overview

    TOF Laser Distance Sensor is a non-contact distance measurement device based on the time-of-flight principle, with a measurement range of 0.05–35 m and a repeatability of 1 mm. It supports NPN/PNP outputs and is suitable for users in industrial automation and equipment integration. Its high-speed measurement frequency of 500 Hz and high-glare resistance of 100,000 lux ensure stable operation in complex environments, making it widely used in logistics sorting, robot positioning, and production line inspection.

    Feature

    0.05-35m TOF laser distance sensor feature

    • Long-range Detection: Full-range coverage from 0.05 to 35m, ensuring easy installation and hassle-free maintenance.
    • Kink-Resistant Cable: The SUCH TOF sensor features a kink-resistant cable with a 50,000-cycle bending lifespan, significantly extending cable durability. Its three-layer electromagnetic shielding structure withstands 10kW frequency conversion interference.
    • 50G Impact Resistance: Designed to withstand extreme operating environments such as ports and mines, with IP65 protection, ensuring the laser sensor operates reliably under harsh conditions.
    • Smart Output: NPN/PNP output ports enable plug-and-play functionality, compatible with 99% of PLC systems, eliminating the need for additional conversion modules.

    Dimension (unit: mm)

    0.05-35m TOF laser distance sensor dimension

    PIN Definition

    Pin Definition / Wire Colors User Interface
    1 9–30V (Brown) External Power Supply (Positive)
    2 GND (Blue) External Power Supply (Negative)
    3 NPN (Black) NPN
    4 PNP (White) PNP


    Two-Point Setting Method

    0.05-35m TOF laser distance sensor two point setting method

    The setpoint is set to the midpoint between the first and second presses of the yellow button.

    Fully Automatic Setup Method

    Modes Operating Method Success Notification
    Normally Open (NO) Press and hold the NPN/PNP button for 2.5 seconds (between 2.5 and 7 seconds), then release. The green light flashes rapidly three times in succession
    Normally Closed (NC) Press and hold the NPN/PNP button for 7 seconds (between 7 and 12 seconds), then release. The green light flashes rapidly three times in succession

    Note: If setup is unsuccessful, the orange light will flash rapidly three times in succession, and the system will revert to its pre-setup state.

    Specs
    Measuring Range 0.05–35m (90% reflectivity)
    Measurement Frequency 500Hz
    Repeatability 1mm
    Ambient Light Immunity 100K Lux
    Laser Wavelength 905nm (invisible light)
    Laser Class Class 3R
    Laser Field of View (FOV) 8 mm diameter @ 2 m
    Input Voltage 9–30V DC
    Peak Current 80mA
    Average Current 18mA
    Average Power Consumption 0.43W
    Output Interface NPN/PNP
    Protection Rating IP65
    Dimensions 47 x 32 x 21mm
    Operating Temperature -20°C–55°C
    Weight 22.5g
    Application

    0.05-35m TOF laser distance sensor for automotive glass

    Automotive Glass

    0.05-35m TOF laser distance sensor for warehouse shelving

    Warehouse Shelving

    0.05-35m TOF laser distance sensor for assembly line materials

    Assembly Line Materials

    FAQ
    āÆ

    TOF distance measurement calculates distance based on time-of-flight, making it suitable for rapid measurements over short to medium distances. Phase-based distance measurement, on the other hand, calculates distance based on phase differences; while it offers higher accuracy, it is best suited for stable environments. TOF sensors are more suitable for dynamic applications such as robotics, obstacle avoidance, and logistics, whereas phase-based sensors are better suited for high-precision industrial measurements.

    āÆ

    TOF laser distance sensors offer 1mm accuracy, meeting the demands of industrial automation and equipment positioning. Accuracy can be affected by ambient light, target reflectivity, and measurement distance, but they deliver stable and reliable performance in typical applications.

    āÆ

    When selecting a TOF laser distance sensor, key considerations include the measurement range (e.g., 0.05–35 m), accuracy requirements, interface type, mounting method, and operating environment. Additionally, pay attention to the supply voltage, protection rating, and response speed to ensure the sensor meets the specific needs of your application.

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